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Sequencing the DNA of marine microbes is enabling scientists to track changes to marine ecosystems to help with restoration efforts.
Could technology change the face of fishing? We asked our experts to reflect on one of our winning competition entries as part of this World Oceans Day series.
Our marine biologists are using environmental DNA (eDNA), fragments of DNA shed by fish into the marine environment, to detect tropical fish species in Australia.
Welcome to the Ashmore Reef Marine Park. This remote sanctuary is brimming with life, above and below the water. Each year around 100,000 seabirds breed here!
Fifty new born red handfish are providing hope to scientists to help save the world’s rarest fish.
So you're hitting the beach this summer. Do you know much about the biodiversity you're sharing the surf with? From salps to seagrass, let's deep dive.
Knowing an animal's normal lifespan is hugely important for conservation efforts, but it's harder to find out than you'd think.
Whether you're sittin' on the dock of the bay, surfin' USA or living in a yellow submarine, we've got you. Our latest playlist pays homage to the oceans that connect us all.
Our discovery of how to estimate animal lifespans from DNA has revealed how long woolly mammoths and Neanderthals lived.
New technology is allowing our farmers to grow even more prawns, and reduce the need to import prawns to meet consumer demand.
We've used the tissues of tuna to detect signals of climate change in the oceanic food web, indicating large-scale change in our marine ecosystems.
A whale shark has been spotted 40 km upstream in a river in Queensland, puzzling scientists and the community due to this unusual behaviour.
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